The Russian army launched a revolutionary anti-artillery radar, and the time it took to obtain the coordinates of the target was no more than five seconds. The new " penicillin " anti-artillery reconnaissance system, also known as the "penicillin" anti-artillery system.
To deal with the American Himas rocket, the Russian army launched the new " penicillin " artillery reconnaissance system. can hear and feel the heat of enemy shells within a distance of 17 kilometers, and capture the launched tactical missile 38 kilometers away. On October 15, people familiar with the matter reported the Russian army's successful use of the " penicillin " artillery reconnaissance system in the Ukrainian theater. Sources believe that the US M777, French Caesar and the US Himas Rockets were targeted.
"penicillin "artillery reconnaissance system is installed on the 8X8 mobile self-propelled chassis, and photoelectric detection is arranged on the lifting column. It can work around the clock, and can still work automatically even in extreme low temperatures of minus 40 degrees or above 50 degrees, without requiring an operator.
"penicillin "artillery reconnaissance system was developed by a giant Russian "defense industry" enterprise. At the end of 2018, the test plan was successfully completed, and two years later, the first set entered the army.
The new anti-artillery system can reconnaise the firing positions of rockets and artillery systems as well as the launchers of tactical and air defense missiles, record and analyze the heat and sound waves propagated by firing (breaking). The software and hardware complexes are equipped with a fairly extensive library of detection and analysis tools that can process and classify information at high speed and then quickly send it to the firepower destruction system. The time it takes for to obtain the target coordinates for no more than five seconds.
"penicillin "artillery reconnaissance system participates in special operations, what should we pay attention to? The most commonly used anti-artillery radar for the Ukrainian armed forces is the United States' AN/TPQ-36, which is the result of the joint production of the American Terres System and Grumman Company. It is the largest equipment for reconnaissance and manufacturing of the Ukrainian Army . The Ukrainian armed forces have learned to use it effectively.
Russian "penicillin "artillery reconnaissance system The main distinctive feature of is the refusal to use radio waves, which is a completely new technical solution, which makes it impossible to detect it through electronic reconnaissance as well as electronic warfare system suppression. In addition, it can operate over a wide operating temperature range (50 to -40C). The optoelectronic module is installed on the Kamaz wheeled chassis. The 360-hp diesel powertrain is able to accelerate to 90 km/h, which provides it with a high level of maneuverability.
Russian "penicillin "artillery reconnaissance system is a very effective "anti-bacterial agent" against " NATO cannons and missiles ". As mentioned earlier, the novelty of penicillin's work is that it does not use electronic means, does not actively send out electromagnetic waves or any signal without revealing its location. Its radio communication range with external users is about 40 kilometers. It includes several sound receivers, six TVs and six infrared cameras. At the same time, signals from all twelve cameras are received and signal processing is performed, forming a highly accurate and detailed battlefield surveillance of the situation in the responsibility area. The complex is able to calculate the drop position of enemy shells, and its detector is so accurate that it can even detect 15 kilometers of thumping sounds. To eliminate human factors, the system is completely automated.
Compared with radar stations, the range is shorter, but it can detect the shooting of enemy shells with a weak signal, such as mortar shell , and it can also determine the type of artillery system on it. Through special computer technology, the sound signal is combined with the flight path trajectory of kinetic energy shells for processing. Not only can the coordinates of the enemy artillery system and launcher be accurately determined, but the signal characteristics of typical artillery systems, rocket launchers, , tactical ballistic missiles, etc. can also be judged.
Generally speaking, this anti-artillery system has its own unique skills. If it is true, the effect will definitely be good.
